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IOT8720A IoT 无线测试解决方案

空中接口（OTA）信令测试解决方案能够提供快速、可靠和高效的测量，适用于测试大批量 IoT 设备。

特点

信心十足执行 IoT 测试。 客户希望他们的高价值或关键任务型 IoT 设备性能可靠、值得信赖。 通过在测试时间与测试范围之间达成良好平衡，大幅增强客户信心。

  • 可执行蓝牙® 低功耗和 WLAN（a/b/g/n/ac）传导和非传导信令测试
  • 宽广的输入功率量程（-50 至 +17 dBm）和输出功率范围（-28 至 -100 dBm）
  • 验证设备的发射机性能，包括发射机信道功率、发射机功率包络、广播间隔等重要的测试参数
  • 表征设备的接收机性能，包括基于信道的 PER、复合 PER 和扫描响应数据吞吐量测量等关键测试参数
  • 通过直观且易于使用的 IoT 软件前面板专业版软件更简便快捷地开发测试，并利用 IoT 信令测量套件中灵活的测试计划自动完成制造测试

Keysight IOT8700 系列是一款适用于测试 WLAN 和蓝牙® 低功耗（BLE）设备的完整无线测试解决方案，其组成部分包括：硬件、软件和射频屏蔽箱。 在您的生产过程中，我们的解决方案能够更简单地对运行最终固件的设备实施空中接口（OTA）信令测试。 为了让您更省钱，这款经济高效的解决方案还提供了基本的测量功能、信令测试，以及深度无线控制和 UUID 读/写等增强功能。 如果您想要简化和加速测试开发过程，不妨考虑以 Keysight PathWave 自动化软件作为基础搭建解决方案。

IOT8700 系列专门针对 IoT 设备的制造测试而开发。 这些省时省力的解决方案可以帮助测试开发团队顺利推进开发工作，如期推出新产品，同时其体积小、速度快和功能丰富的独特优势让测试开发经理可以降低总体测试成本。 对于研发验证工程师来说，IOT8700 系列可帮助他们轻松快速地洞察设备性能，确定关键的测试参数和裕量。 另外，IOT8700 系列还提供了 BLE 和 WLAN 信令测试，因此成为公司内部或独立的合规测试实验室的理想选择。

使用 IOT8700 系列更简单、更快速地执行 IoT 无线测试

适用于 IoT 无线设备功能测试与测量的完整解决方案 这款经济高效的解决方案采用多设备配置，可以加速完成 OTA 测试并最大限度地提高测试吞吐量。 IOT8700 系列包含所有必备的测量功能、信令测试以及增强的测试功能，例如深入的无线控制和 UUID 读/写功能。

解决方案演示视频

如何使用 Keysight IOT8720A 执行 WLAN 吞吐量测量。

主要技术指标

下载技术资料
应用
Bluetooth®
WLAN (802.11ac)
应用
Bluetooth®
WLAN (802.11ac)
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应用:
Bluetooth®
WLAN (802.11ac)
Number Of DUTs:
1 DUT
Supported Standards:
n/a
Workflow Stage:
Development
Acceptance
Interoperability
部署
IOT8720A IoT 无线测试解决方案

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关于 IoT8720A 的特色资源

White Papers 2022.10.04

Effective Manufacturing Test Strategies Improve Connected Medical Device Quality

Effective Manufacturing Test Strategies Improve Connected Medical Device Quality

The Internet of Things (IoT) is transforming healthcare. Rising costs and demand for better delivery are driving the widespread use of IoT in medical devices and services. IoT will significantly influence all aspects of the healthcare segment, including monitoring, diagnostics, surgery, and patient care. Medical device manufacturers face unique challenges when incorporating IoT, especially for the devices used in mission-critical applications. The devices must have: ultra-high reliability with tight security, well-established wireless infrastructure that improves interoperability and interconnectivity between devices and allows real-time monitoring and control of critical devices and systems. These requirements put pressure on medical device makers to implement reliable, efficient, and cost-effective manufacturing test strategies. This white paper features 4 effective manufacturing test strategies to improve connected medical device quality.

2022.10.04

Application Notes 2022.07.18

Find BLE and WLAN Device Defects Quickly

Find BLE and WLAN Device Defects Quickly

The internet of things (IoT) is growing quickly, and it presents numerous opportunities to improve people’s lives in applications such as smart cities, environmental monitoring, smart health care, smart agriculture, smart logistics, and more. In addition, the IoT presents profitable business opportunities, especially for companies that can bring devices to market quickly to gain market share and capture the highly profitable early adopter phase of the market cycle.

2022.07.18

Application Notes 2022.06.27

Stress Test Your Wireless Device Quickly, Nine Fast and Easy Tips for Device Validation

Stress Test Your Wireless Device Quickly, Nine Fast and Easy Tips for Device Validation

Device validation engineers face a difficult challenge in testing Bluetooth® Low Energy (BLE) devices. For mission crucial IoT and medical device applications, thorough testing is essential; even small design, configuration, firmware, and manufacturing defects must be wrung out of the product before release to manufacturing. Unfortunately, the need to get products to market quickly means that engineers cannot afford to spend a lot of time developing, debugging, and running complex tests.

2022.06.27

User Manuals 2022.12.02

Keysight IOT8700 Series IoT Wireless Test Solution User's Guide

Keysight IOT8700 Series IoT Wireless Test Solution User's Guide

2022.12.02

技术资料 2020.10.16

IOT8700 系列物联网无线测试解决方案

IOT8700 系列物联网无线测试解决方案

Keysight IOT8700 系列物联网无线测试解决方案能够帮助您确保自己的产品在各种真实条件下均能稳定、可靠和安全地运行。 这款经济高效的解决方案能够对物联网设备在实际运行模式和成品形态下的性能通过简化的空中接口连接或传导连接进行测试。

2020.10.16

Application Notes 2021.09.21

Wireless LAN Throughput Test Using IOT8700 Series

Wireless LAN Throughput Test Using IOT8700 Series

This application note describes how to perform WLAN Throughput measurements using Keysight IOT8720/40A IoT wireless test solutions.

2021.09.21

Application Notes 2021.09.21

Accurately Measure Path Loss for Over the Air Transmitter and Receiver Measurements

Accurately Measure Path Loss for Over the Air Transmitter and Receiver Measurements

This application note describes how to improve the accuracy of the Keysight IOT8720/40A IoT wireless test solution by properly measuring path loss and applying the correct system offset in the test plan.

2021.09.21

Flyers 2022.07.12

IOT8700 Series IoT Wireless Test Solutions for Single and Multiple DUTs

IOT8700 Series IoT Wireless Test Solutions for Single and Multiple DUTs

Your customers need confidence in their high-value or mission-critical IoT devices. Delivering greater peace of mind depends on the right balance of test time versus test coverage.

2022.07.12

White Papers 2022.10.04

Effective Manufacturing Test Strategies Improve Connected Medical Device Quality

Effective Manufacturing Test Strategies Improve Connected Medical Device Quality

The Internet of Things (IoT) is transforming healthcare. Rising costs and demand for better delivery are driving the widespread use of IoT in medical devices and services. IoT will significantly influence all aspects of the healthcare segment, including monitoring, diagnostics, surgery, and patient care. Medical device manufacturers face unique challenges when incorporating IoT, especially for the devices used in mission-critical applications. The devices must have: ultra-high reliability with tight security, well-established wireless infrastructure that improves interoperability and interconnectivity between devices and allows real-time monitoring and control of critical devices and systems. These requirements put pressure on medical device makers to implement reliable, efficient, and cost-effective manufacturing test strategies. This white paper features 4 effective manufacturing test strategies to improve connected medical device quality.

2022.10.04

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